n.酶学

Zymology is the study of enzymes and their catalytic activities in living organisms.
分子生物学是研究生物体内酶及其催化作用的科学。
Enzymes play a pivotal role in zymology, facilitating numerous biochemical reactions.
酶在分子生物学中起着关键作用，促进众多生化反应。
The field of zymology has advanced significantly with the discovery of new enzymes.
随着新酶的发现，分子生物学领域取得了显著进步。
Zymologists investigate enzyme mechanisms, kinetics, and regulation in different biological systems.
分子生物学家研究酶在不同生物系统中的作用机制、动力学和调控。
Enzyme inhibitors are a common topic in zymology, as they help researchers understand enzyme function better.
酶抑制剂是分子生物学中的常见主题，有助于研究人员深入理解酶的功能。
The study of zymology contributes to the development of biotechnology, such as enzyme-based industrial processes.
分子生物学的研究推动了生物技术的发展，如基于酶的工业过程。
In zymology, understanding substrate specificity is crucial for optimizing enzyme reactions in various applications.
在分子生物学中，了解底物专一性对于优化各种应用中的酶反应至关重要。
Researchers in zymology often use techniques like chromatography and spectrophotometry to analyze enzyme properties.
分子生物学家常常运用层析和分光光度法等技术来分析酶的特性。
Zymology connects biochemistry with genetics, as enzymes are products of genetic expression.
分子生物学将生物化学与遗传学联系起来，因为酶是基因表达的产物。
Zymologists collaborate with chemists, physicists, and molecular biologists to unravel the mysteries of enzyme function.
分子生物学家与化学家、物理学家和分子生物学家合作，共同解开酶功能的秘密。